Low-Latency C++ Quant Developer for Distributed Trading

Luxoft Malaysia; George Town; On-site; MYR 180,000 - 320,000; Full time

Job summary

Luxoft Malaysia is seeking experienced C++ developers to contribute to global trading systems with a focus on very low latency and robust testing. You will help port from a monolithic system to a distributed platform, using modern C++ standards and a keen eye for performance.

Join a global team with weekly sprints and daily standups, working with git, Jira, Gitlab, cmake, and Linux toolchains. Strong English communication is required, and a passion for finance and technology is essential.

Qualifications

• Proven C++ development with modern standards (C++14/17/20) preferred.
• Strong algorithms and software engineering fundamentals.
• Experience with low latency and robust testing practices.
• Excellent written and spoken English communication.
• Ability to safely refactor and conduct constructive code reviews.

Responsibilities

• Develop and optimize trading systems with very low latency.
• Port components from monolithic to distributed platform.
• Collaborate in a global team, with weekly sprints and daily standups.
• Work with open source libs and environment tooling (git, Jira, Gitlab, cmake).
• Contribute to understanding computer architecture and performance costs.

Skills

C++ expertise

Algorithms

Software engineering

Unit testing

Linux

Refactor safely

Code reviews

English communication

Low latency

Tools

Git

Jira

GitLab

CMake

Nix

GCC

Clang

GDB

Linux tooling

Job description

Luxoft Malaysia is seeking experienced C++ developers to contribute to global trading systems with a focus on very low latency and robust testing. You will help port from a monolithic system to a distributed platform, using modern C++ standards and a keen eye for performance.

Join a global team with weekly sprints and daily standups, working with git, Jira, Gitlab, cmake, and Linux toolchains. Strong English communication is required, and a passion for finance and technology is essential.